IntGenerated

Category: Types

Brief

A 32-bit integer; an overflow fails the element, add_wrap and its kin wrap.

Syntax

Int

Description

A 32-bit integer; an overflow fails the element, add_wrap and its kin wrap.

Builtins that take this type

Returns	Function	Category
`Int`	`abs(x: Int)`	math
`Int`	`add_wrap(a: Int, b: Int)`	math
`T`	`at(field: Rows<T>, index: Int)`	field
`Int`	`bits(x: Float)`	math
`Bool`	`button(n: Int)`	context
`Int`	`clamp(x: Int, low: Int, high: Int)`	math
`IVec2`	`clamp(x: IVec2, low: Int, high: Int)`	math
`IVec3`	`clamp(x: IVec3, low: Int, high: Int)`	math
`IVec4`	`clamp(x: IVec4, low: Int, high: Int)`	math
`Int`	`clz(x: Int)`	math
`Int`	`count(field: Rows<T>)`	field
`Int`	`count(field: Grid<T>)`	field
`Int`	`count(field: Volume<T>)`	field
`Int`	`ctz(x: Int)`	math
`Int`	`domain()`	context
`Double`	`double(x: Int)`	conversion
`Int`	`element()`	context
`T`	`exchange(value: T, lane: Int)`	group
`T`	`fetch(field: Rows<T>, index: Int)`	field
`Float`	`float(x: Int)`	conversion
`Float`	`from_bits(x: Int)`	math
`Int`	`idomain()`	context
`Int`	`index()`	context
`Int`	`int(x: Float)`	conversion
`Int`	`int(x: Bool)`	conversion
`Int`	`int(x: Double)`	conversion
`Int`	`int(x: Long)`	conversion
`Int`	`isize(field: Rows<T>)`	field
`IVec2`	`ivec2(x: Int, y: Int)`	construction
`IVec3`	`ivec3(x: Int, y: Int, z: Int)`	construction
`IVec3`	`ivec3(xy: IVec2, z: Int)`	construction
`IVec3`	`ivec3(x: Int, yz: IVec2)`	construction
`IVec4`	`ivec4(x: Int, y: Int, z: Int, w: Int)`	construction
`IVec4`	`ivec4(xyz: IVec3, w: Int)`	construction
`Bool`	`key(code: Int)`	context
`Int`	`lane()`	group
`Long`	`long(x: Int)`	conversion
`Int`	`max(a: Int, b: Int)`	math
`IVec2`	`max(a: IVec2, b: Int)`	math
`IVec3`	`max(a: IVec3, b: Int)`	math
`IVec4`	`max(a: IVec4, b: Int)`	math
`Int`	`min(a: Int, b: Int)`	math
`IVec2`	`min(a: IVec2, b: Int)`	math
`IVec3`	`min(a: IVec3, b: Int)`	math
`IVec4`	`min(a: IVec4, b: Int)`	math
`Int`	`mul_wrap(a: Int, b: Int)`	math
`Int`	`mulhi(a: Int, b: Int)`	math
`Int`	`pads()`	context
`Int`	`popcount(x: Int)`	math
`T`	`put(memory: Rows<T>, index: Int, value: T)`	memory
`Int`	`queued()`	context
`Int`	`rotl(x: Int, n: Int)`	math
`Int`	`rotr(x: Int, n: Int)`	math
`Int`	`sign(x: Int)`	math
`Vec2`	`stick(n: Int)`	context
`Int`	`sub_wrap(a: Int, b: Int)`	math
`Int`	`typed(k: Int)`	context
`Int`	`udiv(a: Int, b: Int)`	math
`Bool`	`ult(a: Int, b: Int)`	math
`Int`	`umulhi(a: Int, b: Int)`	math
`Int`	`urem(a: Int, b: Int)`	math
`Vec2`	`vec2(x: Int, y: Int)`	construction
`Vec3`	`vec3(x: Int, y: Int, z: Int)`	construction
`Vec4`	`vec4(x: Int, y: Int, z: Int, w: Int)`	construction